JP2019533265A - Method and system connection for processing data on a user hardware device and providing access to the processed data - Google Patents

Abstract

The data processing on the user hardware device and the system connection for accessing the processed data include the interconnected user hardware device 1, operating server 2, and bank communication hardware 3. The calculation and communication block 4 of the user hardware device 1 is connected to the request block 5 of the operating server 2. The request block 5 of the operating server 2 is followed by a verification database 8 where a first output 13 of the confirmed ownership is provided to the verification / decryption key generation block 11 of the operating server 2, and A second output 14 of partial rights or no rights is provided to the calculation block 6 of the operating server 2. The calculation block 6 of the operating server 2 is connected to the processing block 7 of the user hardware device 1 and the bank hardware 3. The processing block 7 of the user hardware device 1 is connected to the payment block 9 of the user hardware device 1, and the payment block 9 is connected to the bank hardware 3. The bank hardware 3 is connected to the processing block 10 of the operating server 2, and the processing block 10 is connected to the confirmation / decryption key generation block 11 of the operating server 2. The confirmation / decryption key generation block 11 of the operating server 2 is connected to the result database 12 of the user hardware device 1. The confirmation / decryption key generation block 11 of the operating server 2 is connected to the verification database 8.

Description

  The present invention relates to a method for data processing at a user hardware device and providing access to the processed data, and a system connection implementing this method. The present invention falls within the field of automated data processing and transmission technology.

  Payment for data processing logic, software sales and use of software has been dramatic over the last few years with the streamlining of online software delivery, the speeding up of the Internet, and the increase in the number of idle computers connected to the network. Has changed. This is related to competitiveness, piracy, or rationalization of software development. Well-known ones include data processing and software sales methods described below.

  There is data processing as a so-called perpetual license, which allows the user to purchase some software once and own it until the end of the life of the software, computer or operating system on which it runs. A typical software company offers the possibility of purchasing software upgrades annually at a percentage of the software price. One advantage of this system is that the user owns the software and can theoretically use it indefinitely. The advantage of the seller is that the seller receives in advance payment for the completed software. The disadvantage of this system is that it is a large initial investment for the purchaser, and therefore the availability of software for a wider range of customers. For some specialized software, the price can reach tens of thousands, so the software is accessible to only a few wealthy companies. This leads to data processing prices. A license is usually tied to a single computer, operating system, or special hardware key. Transfer to another computer may not be possible. If the computer or hardware key stops working, if it is replaced, or if it stops supporting the operating system, the software needs to be purchased again. Software is also more attractive to pirates. They distribute illegally cracked software. Users can only use the software features available at the time of purchase, or depending on whether they have bought a software upgrade, i.e. there are new features in the software and they are paying for the upgrade If not, or if you have skipped payment, you will then have to purchase the full software again at its full price.

  It is also known to lease software. Businesses are increasingly switching from selling software to leasing. It has many benefits for both the company and the end user. The price of software is lower. Depending on their needs, software can be leased for various periods such as days, weeks, months, years, for example. It is possible to continually release new features and do not bind them to new versions of the software. In this way, the function is immediately available to the user. Protection against copyright infringement becomes easier. From a management and cash flow perspective, it is easier for a company to predict its revenue. The disadvantages of this system are as follows. Users do not recognize product ownership. They are put in time stress to try to minimize their own costs (they check when their software licenses expire). In some applications, it is difficult to predict the computation time. Prices can still be overpriced and make software unavailable. For example, 4 days may be sufficient while the shortest lease term may be 1 month.

  Cloud data processing methods are also known. Cloud data processing means that data is processed on a remote computer owned by a service provider. The following design pattern is a typical example of cloud processing. The user downloads the application (possibly a web-based application viewed on an internet browser) and defines the inputs and settings by the local application. The software sends data for processing and simultaneously defines its price according to, for example, the volume of data transferred, the number of images or billing items. The remote computer receives the chunk of data to be processed, processes it with one of the servers, and returns the result. This method is attractive because there are many available servers and it can be widely applied to various kinds of applications. The advantage of this system is that users do not stress their computer and even do not need to own a computer compared to having to have a computer to run an application at home. It is done. If the service allows it, an opportunity is provided to use more computers simultaneously to reduce computation time or to process more data in parallel. Users do not have to own software, and software clients are usually available that send chunks of data. The disadvantages of this system include: The need to send data over the internet. In some cases, it may take longer to send and receive data than to calculate the data at home. If it is sensitive data, there is a security risk. For example, many companies, such as photo studios, do not allow cloud processing for security reasons. Processing costs reflect computer prices, software license prices, cloud computer idle time prices, amortization prices, data transfer prices, data holding prices, and finally the price of the service itself. . Also included is the price of processing when results cannot be calculated due to errors in the software or input data.

  Token payment methods are also known. Similar to slot machines, there are software applications in the software industry that are delivered free or at a low price to users who pay a one-time fee for the use of the application. The user purchases some tokens in advance and uses them to pay for use. The benefit is that the initial cost for the application is low or low. Users pay only every time they actually use the application. There is no need to transfer the data to be processed online, thereby eliminating the security risks of the data and the software is available and therefore widely accessible. Users always work with the latest version. The disadvantage is that the user does not have a sense of ownership of the application. The user pays for the token in advance, but on the other hand it is just the user's expense. If you buy offline tokens in advance, the application becomes a target for pirates.

  Problems with technical means to ensure these requirements for the purpose of reducing the cost of data processing, reducing the time to obtain results, and improving the security of the processed data An opportunity to solve the problem. The result of this effort is a method and system connection for data processing on the user hardware device and providing access to the processed data according to the present invention, described in more detail below.

  The above disadvantages are eliminated to some extent by the method of data processing on the user hardware device and providing access to the processed data according to the present invention, and the present invention is pay-per-result (PPR). Method-Payment for transfer of ownership rights for content created on a personal computer-or PPI (pay-per-input) method-Payment for rights to repeatedly process the same input data can do.

  In the PPR (pay-by-result) method-payment for transfer of ownership rights for content created on a personal computer owned by the individual-the user was given a free or reduced price on his own computer Use the application to process the data and pay for the possibility to use the results further. For security and communication, the results are secured in such a way as to make it impossible to obtain it trivially without payment. One example is the use of data encryption, operating system sandboxes, and the like. This is accomplished by the processed data remaining encrypted with the code. Payment for the result is processed online or through another medium based on a digital signature that determines the processed price. The public key of the processed data is also sent to the server. The key cannot be used for reverse reconstruction of the data processed by the user, and its size is negligible when compared to the input data. Based on this information, the server creates a request for payment. After payment, the server generates a key to decrypt the data.

  The essence of providing data processing on the user hardware device and providing access to the processed data by means of a PPR (pay per result) method is the first step in providing limited functionality for purchasing results. The computing application it has is downloaded to the user hardware device.

  After a first step in which a computing application with limited functionality for purchasing results is downloaded into the user hardware device, the data is processed on the user hardware device to form a result / output (eg, There is an intermediate step) where the input digital photograph may be reconstructed to form a 3D model.

  The application generates a unique signature for the result. The signature does not include information that can determine the type of data, or information that can reconstruct the data in whole or in part. This signature is negligibly small compared to the data described.

  In the second step, the resulting description is transferred between the user hardware device and the operating server.

  In the second step, the description of the transferred result may also be encrypted.

  If the description is encrypted after the second step, the transfer of the respective encrypted public key may be performed in an intermediate step as well.

  After the second step, the resulting description is transferred from the user hardware device to the operating server, there is an intermediate step that is inserted, in which the price is calculated between the operating server and the user hardware device. A price inquiry communication process takes place, followed by payment data transfer between the user hardware device and the bank billing center, followed by a payment data verification transfer between the bank billing center and the operating server.

  In a third step, a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function.

  In the fourth step, the restricted functions are unlocked and / or the processed data is exported.

  The above-described method using the PPR (pay-per-result) procedure is also the basis for system connection for processing on the user hardware device and providing access to the processed data. User hardware devices, operating servers and bank communication hardware. The user hardware device computation and communication block is connected to the operating server request block. The operating server request block is interconnected with the operating server calculation block. The calculation block of the operating server is connected to the processing block of the user hardware device and the bank hardware. The processing block of the user hardware device is connected to the payment block of the user hardware device, and the payment block of the user hardware device is connected to the bank hardware. The bank hardware is connected to the operating server processing block, and the operating server processing block is connected to the operating server verification / decryption key generation block.

  PPI (pay per input) method-payment for the possibility of repeatedly processing the same data-is similar to PPR (pay per result), but instead of paying for the result, the user processes the data repeatedly by the application Purchase the possibility of (input) (for example, in the case of photogrammetry, a digital image is considered as input data). This may or may not be time limited. Furthermore, the model allows the difference to be paid when the input is expanded, for example when new images are added. For security and communication, the results are secured in such a way as to make it impossible to obtain it trivially without payment. Data can be encrypted in the same way as PPR. Furthermore, unlike PPR, it is possible to repeatedly process the same data. Therefore, it is necessary to describe the data on the remote server and save this description. Each application generates a unique description for this input description. This description does not include information that allows the nature of the data to be specified, or information that allows the data to be reconstructed in whole or in part. This description is negligibly small compared to the input. The unique input description, user identifier, and data required to calculate the price are transmitted to the server via the Internet or another medium (eg, USB stick, CD). The server retrieves the user's ownership from the description database and compares it with the description of the input that was sent. If the user has access, the server immediately returns a key to decrypt the data and unlocks the function. If the user has the partial rights he / she has bought or does not have rights, the server calculates the price to purchase the rights. After payment, the server generates a key for decrypting the data. The server further extends the database with new user rights. Since the input data is unique, the user identifier may or may not be transmitted. Rights pricing can vary. For example, it can be derived from the period during which the user purchases the rights. Thus, the right to process input data may or may not have a time limit. Purchasing rights to input may or may not include purchasing rights to a subset of inputs. For example, the user purchases the right to process a photo of a square. When selecting only for images of statues in the square and processing them, the price for processing may be zero. Rights pricing may also be tied to a specific algorithm. For example, a user can purchase a right to compress a moving image with the MP4 algorithm. However, this way does not provide the right to compress the video with the WMV algorithm.

  The essence of the extended method of providing data processing on the user hardware device and access to the processed data by means of a PPI (Pay per Input) method is the first step in a computing application with limited functionality Is downloaded to the user hardware device. The user does not necessarily have to purchase the results and can use the application to verify the implementation or to learn how to use the software.

  After the first step when a computing application with limited functionality is downloaded to the user hardware device, the data may be processed on the user hardware device in an intermediate step where it is inserted. Users can also purchase rights immediately without any data processing.

  In a second step, the description of the input that can be encrypted is transferred between the user hardware device and the operating server.

  After the second step, in an inserted intermediate step, the input descriptive data is checked against the operating server verification database to verify the rights. If some or all of the rights are not confirmed, there is an intermediate step that is inserted, in which the price is calculated and the price inquiry communication process is performed between the operating server and the user hardware device, and the user hardware Payment data transfer continues between the device and the bank billing center, followed by payment data verification transfer between the billing bank center and the operating server.

  In a third step, a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function.

  In the fourth step, the restricted function is unlocked and the processed data is exported.

  Finally, in a fifth step, data about the user's rights to input is recorded in the operating server verification database.

  In the inserted intermediate step, if the rights are confirmed by the operating server verification database, this step verifies the rights to the data described, and then in the third step unlocks the restricted function For this purpose, a decryption key is generated and transferred between the operating server and the user hardware device. In the fourth step, the restricted function is unlocked and the processed data is exported. Finally, in a fifth step, data about user rights can be recorded in an operating server verification database.

  The above method with PPI (Pay per Input) procedure is also the basis for extended system connectivity for processing on remote user hardware devices and providing access to processed data, Includes interconnected user hardware devices, operating servers, and bank communication hardware. The user hardware device computation and communication block is connected to the operating server request block. The operating server request block has a first output of verified ownership rights to the operating server verification / decryption key generation block and partial or no rights to the operating server calculation block. Followed by a verification database having a second output. The calculation block of the operating server is connected to the processing block of the user hardware device and the bank hardware. The processing block of the user hardware device is connected to the payment block of the user hardware device, and the user hardware device is connected to the bank hardware. The bank hardware is connected to the operating server processing block, and the operating server processing block is connected to the operating server verification / decryption key generation block. The operating server verification / decryption key generation block is connected to the result database of the user hardware device. The verification / decryption key generation block of the operating server is connected to the verification database.

  For both PPR and PPI methods, the term “bank” can identify users, hold information about their (monetary) credits, and receive permission to trade credits for goods by users. Can be defined as any organization, company, web page, or service that can. For example, PayPal (registered trademark), Bitcoin (registered trademark), virtual credit directly in the server, and the like.

  Advantages of a software method of data processing on a user hardware device and providing access to processed data according to the present invention, as well as providing processing and access to processed data on a user hardware device The advantage of the system connection for this is clear from its effect shown on the outside. In general, the originality of the presented PPR (pay-by-result) method-payment for transfer of ownership rights to content owned on the user-owned computer and connection-can be clarified by the following comparison: Please keep in mind.

  The main difference from the freemium model is that users get software with limited functionality for free or at a reduced price. For example, to unlock additional features such as a new level of the game, the user needs to pay for a new tool. In the PPR model, users pay for the possibility to get fully functional software at free or reduced prices and use the results. Thus, payment is not tied to any new application functionality, but rather is tied to the possibility of using the processed result legally if the user is satisfied with the processed result.

  The main difference with token payment is that after the user is satisfied with the result, they only pay for it. Thus, they do not pay for the possibility to process the data, but rather pay for the processed data.

  The difference from cloud processing is that users process data on their computers. This eliminates the risk of data abuse. Cloud pricing also includes data transfer and machine time. For example, in the image processing method, the machine time cannot be easily predicted. Therefore, the price often increases to the extent that it compensates for any estimation errors. Data can be processed with high quality in the same way as connecting triangles on a flat surface. This simplifies the model but lengthens the computation. For this reason, the price for processing increases despite the degradation of model quality. PPR makes it possible to model software situations. Or the user of PPR may not pay for anything if the result is not satisfactory.

  The difference with permanent and time-limited licenses is that the user does not pay for the application, but rather pays for the processed result. Therefore, the price is a fraction of the price, or completely zero, and anyone can get the application.

  The originality of the presented PPI (Pay per Input) method—payment and connection for the right to repeatedly process the same data—can be clarified by the following comparison. In PPI, the user purchases the right to repeatedly process the same data, which makes this method absolutely unique.

  The difference from the freemium model is that the user does not pay for any extra functionality, and to a limited extent, rather pays for purchasing the right to repeatedly process some data. Similar to the PPR model, users get fully functional software at no charge or reduced prices.

  The main difference with token payment is that the user does not pay for the possibility to use the application, but rather pays for the ability to process the data. This ability is purchased after the fact that you see the results and are satisfied with it.

  The difference from cloud processing is the same as the payment model for each result. Unlike PPR, the input digital signature is forwarded to the server. This description is large in size compared to data transferred by the PPR method, but still small enough to be ignored compared to the amount of data transferred in cloud processing.

  This method does not expose the data to any risk because the signature does not contain information that can reconstruct the input data in whole or in part. In PPI, the user pays after being satisfied with the result.

  The difference with permanent and time-limited licenses is that the user does not pay for the application. Therefore, the price is a fraction of the price, or completely zero, and anyone can get the application.

  The difference from PPR (pay per result) is that the user may process the same data repeatedly in the application while paying exactly once.

  The data processing on the user hardware device according to the present invention and the method of providing access to the processed data and system connections are further illustrated in the drawings.

FIG. 4 shows a diagram of a method of data processing at a user hardware device and providing access to processed data. 1 shows a system connection diagram of a PPR system for one-time data processing. FIG. 2 shows a system connection diagram of a PPI system for repeated data processing.

  It should be understood that each embodiment of the invention is shown by way of illustration and not limitation. Those skilled in the art will recognize, or be able to ascertain using no more than routine experimentation, many equivalents to the specific embodiments of the technical design of the present invention. Software equivalents are intended to be encompassed by the following claims. Those skilled in the art have not dealt with these features in detail because they would have no problem designing the software system optimally and selecting its components.

"Example 1"
This illustration of a particular embodiment of the present invention describes a method of processing data on a user hardware device and providing access to the processed data by a PPR (Pay Per Result) procedure. This is based on the fact that in the first step a computing application with limited functionality for purchase of results is downloaded to the user hardware device. In the inserted intermediate step, the data is processed on the user hardware device. In the second step, the encrypted result description and public key are transferred between the user hardware device and the operating server. There is an intermediate step inserted after the second step in which the encrypted result description and the public key are transferred from the user hardware device to the operating server, in which the price is calculated and the operating server Price inquiry communication between the customer billing center and the user hardware device, followed by payment data transfer between the user hardware device and the bank billing center, followed by payment data verification transfer between the bank billing center and the operating server Followed. In a third step, a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function. In the fourth step, the restricted function is unlocked and the processed data is exported.

  This can be demonstrated in a specific embodiment of the invention where, for example, a user using an image in specialized software calculates a 3D model to check its processing quality and is satisfied with the result. Pay for cases and get the right to use the model further, ie measure distance or capacity, or export it to another software. For example, such software export is *. obj or *. It may be for a well-known format such as ply. The price depends on the number of images and the complexity of the final model. This model is particularly applicable to specialized software that processes data and returns results or intermediate results, where the user interacts and the software continues to process the data.

Other examples include:
-Compression of images, video and audio. The user reviews the results and purchases it when satisfied.
-Generation (rendering) of composite images.
-Physical, electrical, chemical, static, mechanical, medical, and other simulations.
-Algorithms for artificial intelligence training.

"Example 2"
This example of a particular embodiment of the present invention is based on the method described above according to the PPR (pay per result) procedure described in Example 1 for processing and processing data on the user hardware device. Describe system connections for providing access. System connections for processing on the user hardware device and providing access to the processed data are shown in FIG. FIG. 2 includes interconnected user hardware device 1, operating server 2 and bank communication hardware 3. The calculation and communication block 4 of the user hardware device 1 is connected to the request block 5 of the operating server 2. The request block 5 of the operating server 2 is connected to the calculation block 6 of the operating server 2. The calculation block 6 of the operating server 2 is connected to the processing block 7 of the user hardware device 1 and the bank hardware 3. The processing block 7 of the user hardware device 1 is connected to the payment block 9 of the user hardware device 1, and the payment block 9 is connected to the hardware 3 of the bank. The bank hardware 3 is connected to the processing block 10 of the operating server 2, and the processing block 10 of the processing block 10 is connected to the confirmation / decryption key generation block 11 of the operating server 2. The confirmation / decryption key generation block 11 of the operating server 2 is connected to the result database 12 of the user hardware device 1.

  A functional model of system connectivity for processing on a user hardware device and providing access to processed data is described in more detail below and shown in FIG.

  Users download / get applications for free or for a small fee. They are free to use the application. The user can work with the application, but only functions that can be considered to process the results. For example, if it is an application for counting people in an image, the application will not indicate the number of people in an image unless the user has bought the result. The application can display some of the results for free (same as the freemium model). The application allows the user to verify the quality of the results-either statistically or by preview. If the user is satisfied with the result, the application allows the result to be purchased. After purchase, all functions tied to the resulting purchase are unlocked. For example, exporting data, displaying the number of people in an image, accessing simulation results, etc.

"Example 3"
This illustration of a particular embodiment of the present invention illustrates an extended method of data processing and providing access to processed data on a user hardware device by a PPI (Pay per Input) procedure. This is based on the fact that in the first step a computing application with limited functionality for purchase of results is downloaded to the user hardware device. In the inserted intermediate step, the data may be processed. In the second step, a description of the input (or public key if the data is encrypted, plus the public key) is transferred between the user hardware device and the operating server. After the second step, in an inserted intermediate step, the rights are verified based on the public key data using the operating server verification database. If some or all of the rights are not confirmed, there is an intermediate step that is inserted, in which the price is calculated and the price inquiry communication process is performed between the operating server and the user hardware device, and the user hardware Payment data transfer continues between the device and the bank billing center, followed by payment data verification transfer between the billing bank center and the operating server. In a third step, a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function. In the fourth step, the restricted function is unlocked and the processed data is exported. Finally, in a fifth step, the user rights data is recorded in the operating server verification database.

  In the inserted intermediate step, if the rights are verified by the operating server verification database, this step verifies the rights to the public key data, and then in the third step unlocks the restricted function For this purpose, a decryption key is generated and transferred between the operating server and the user hardware device. In the fourth step, the restricted function is unlocked and the processed data is exported. Finally, in a fifth step, data about the user's right to process the described input can be recorded in an operating server verification database.

  This can be demonstrated in a specific embodiment of the present invention, where the museum photographs an object that is the purpose of digitizing cultural heritage and creating its 3D replica. They use software to create 3D models. They then create a replica using the 3D model. They will pay for the possibility to process the data. Later, for example, after one month, they will use the same image again to calculate the 3D model. Since the user has the right to process the data again, they do not have to pay for this 3D model again. Even with the latest version that provides a new algorithm that can retrieve more information from images, the data may be processed with different qualities.

"Example 4"
This illustration of a particular embodiment of the present invention is based on an extended method by the PPI (Pay per Input) procedure described in Example 3 for processing and processing data on a user hardware device. Describes an extended system connection for providing access. An expanded system connection for processing on a user hardware device and providing access to processed data is shown in FIG. FIG. 3 includes interconnected user hardware device 1, operating server 2 and bank communication hardware 3. The calculation and communication block 4 of the user hardware device 1 is connected to the request block 5 of the operating server 2. The request block 5 of the operating server 2 is followed by a verification database 8 where a first output 13 of the confirmed ownership is provided to the verification / decryption key generation block 11 of the operating server 2, and A second output 14 of partial rights or no rights is provided to the calculation block 6 of the operating server 2. The calculation block 6 of the operating server 2 is connected to the processing block 7 of the user hardware device 1 and the bank hardware 3. The processing block 7 of the user hardware device 1 is connected to the payment block 9 of the user hardware device 1, and the payment block 9 is connected to the bank hardware 3. The bank hardware 3 is connected to the processing block 10 of the operating server 2, and the processing block 10 is connected to the confirmation / decryption key generation block 11 of the operating server 2. The confirmation / decryption key generation block 11 of the operating server 2 is connected to the result database 12 of the user hardware device 1. The confirmation / decryption key generation block 11 of the operating server 2 is connected to the verification database 8.

  A functional model of extended system connectivity for processing on user hardware devices and providing access to processed data is described below and illustrated in FIG. Similar to the PPR model, the user downloads / gets the application for free or for a small fee. They are free to use and work with the application and are limited only in functions that can be considered to process the results. The application allows the user to verify the quality of the results. Either statistically or by preview. If the user is satisfied with the result, the application allows them to purchase the right to process the input data by the software. Once a right is purchased, all functions associated with the resulting purchase are unlocked. For example, exporting data, displaying the number of people in an image, accessing simulation results, etc. The application can display some of the results for free (same as the freemium model). If the user later decides to process the same data again, eg with different software settings, the application lets them do it for free. For example, if the user also uses some other new input, they will only pay for the difference from the previous result.

  With regard to the method according to the invention, the industrial availability of said method of providing data processing on a user hardware device and providing access to the processed data and the system connection for the method is directed to automated data processing. Applicable technology.

Claims (11)

A method of data processing at a user hardware device and providing access to said processed data, comprising:
-In a first step, a calculation application with limited functionality for purchase of results is downloaded to the user hardware device;
In a second step an input description and / or at least one result description is transferred between the user hardware device and the operating server;
In a third step, a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function;
In a fourth step, the restricted function is unlocked and / or the processed data / at least one result is exported.   In an intermediate step that is inserted after the first step in which a computing application with limited functionality for purchase of results is downloaded to the user hardware device, input data / input is processed on the user hardware device. The method of accessing data on a user hardware device and accessing the processed data as recited in claim 1, wherein said method generates at least one result.   3. The input description and / or the transfer of at least one result description between a user hardware device and the operating server in the second step are encrypted. And data processing on the user hardware device and access to the processed data.   There is also an intermediate step inserted after the second step in which the description of the input and / or at least one result description is transferred, in this step also between the user hardware device and the operating server. Data on a user hardware device according to any one of claims 1 to 3, characterized in that the description of the encrypted input and / or the public key of at least one result is transferred Process and method for accessing the processed data.   There is an intermediate step inserted after the second step in which the description of the input and / or the result description is transferred from the user hardware device to the operating server, in which a price is calculated and the operating A price inquiry communication process is performed between the server and the user hardware device, followed by payment data transfer between the user hardware device and the bank billing center, and then the bank billing center and the operating server 5. A method of processing data on a user hardware device and accessing the processed data according to any one of claims 1 to 4, characterized in that a payment data verification transfer continues between them.   There is an intermediate step inserted after the second step in which the description of the input and / or the result description is transferred from the user hardware device to the operating server, in which the transfer in the second step User hardware according to any one of claims 1 to 4, characterized in that the rights to the data described by the described description are verified and confirmed by a verification database of the operating server. Data processing on a device and a method for accessing the processed data.   After the second step in which an input description and / or a result description is transferred from the user hardware device to the operating server, and between the calculation of the price and the operating server and the user hardware device There is an intermediate step inserted before the communication transfer for the price inquiry and subsequent payment data transfer between the user hardware devices, which is described by the description transferred in the second step 6. The data processing on the user hardware device and the processed data of claim 5, wherein the right to the data to be processed is verified but not verified by a verification database of the operating server Access How to.   After the third step, where a decryption key is generated and unlocked between the operating server and the user hardware device to unlock the restricted function and / or the restricted function is unlocked After the fourth step in which the processed data is exported, there is a fifth step, in which the data about the user's rights to the input described by the transferred description is Data processing on a user hardware device and accessing the processed data according to any one of claims 1 to 4, characterized in that it is recorded in the verification database of the operating server Method. A system connection for data processing and accessing the processed data on a user hardware device according to any one of claims 1 to 8, comprising:
The system connection comprises an interconnected user hardware device (1), an operating server (2), and bank communication hardware (3),
The calculation and communication block (4) of the user hardware device (1) is connected to the request block (5) of the operating server (2);
The request block (5) of the operating server (2) is connected to a calculation block (6) of the operating server (2);
The calculation block (6) of the operating server (2) is connected to the processing block (7) of the user hardware device (1) and the hardware (3) of the bank;
The processing block (7) of the user hardware device (1) is connected to the payment block (9) of the user hardware device (1), and the payment block (9) is connected to the hardware (3) of the bank. Connected;
The bank hardware (3) is connected to a processing block (10) of the operating server (2), and the processing block (10) is a confirmation / decryption key generation block (11) of the operating server (2). Connected to;
System connection, characterized in that the confirmation / decryption key generation block (11) of the operating server (2) is connected to a result database (12) of the user hardware device (1).   The request block (5) of the operating server (2) is followed by the verification database (8), where a first output (13) of confirmed ownership is the operating server (2 ) Is provided to the confirmation / decryption key generation block (11) and a second output (14) indicating that there is no partial right or right is output to the calculation block (6) of the operating server (2) 10. A system connection for data processing on a user hardware device and accessing the processed data according to claim 9, characterized in that it is provided.   Data processing on a user hardware device according to claim 10, characterized in that the confirmation / decryption key generation block (11) of the operating server (2) is connected to the verification database (8) And a system connection for accessing the processed data.